Powering the Worldwide
Artificial Intelligence Revolution
AI Rack Technologies Inc. is an enterprise Infrastructure-as-a-Service (IaaS) provider headquartered at the Columbia River Hydro-Compute Datacenter Hub in Quincy, Washington. We leverage ultra-low-cost, 100% renewable hydroelectric power from the Columbia River basin to deliver high-density GPU supercomputing clusters at maximum energy efficiency.
Global Tier-4 Supercomputing Facilities
Strategically deployed inside premier carrier-neutral colocation hubs worldwide.
US-West Flagship (WA-1 Hydro Supercluster)
Vantage & Sabey Megawatt Campus, 2101 M St NE, Quincy, WA 98848, USA
EU-Central (FR-5 Quantum Hub)
Equinix FR5 & Interxion Campus, Kleyerstraße 90, 60326 Frankfurt am Main, Germany
AP-East (TY-2 Subsea Node)
Digital Realty & NTT Center, 2-3-4 Otemachi, Chiyoda-ku, Tokyo 100-0004, Japan
Infrastructure Engineering Leadership
Architecting the future of distributed tensor compute and high-density GPU virtualization.
Dr. Marcus Vance
Co-Founder & Chief Technology Officer
Former Lead Infrastructure Architect at top hyperscalers. PhD in Distributed Tensor Mathematics from Stanford University.
Elena Rostova
VP of Datacenter Operations & High-Performance Computing
15+ years managing Tier-4 mission-critical colocation facilities and ultra-dense liquid-cooled superclusters across North America and Europe.
David Chen
Head of AI Workload Orchestration & Cryptographic Audits
Pioneer in zero-knowledge proof verification and decentralized micro-tensor scheduling for Fortune 500 AI research labs.
Enterprise Regulatory & Security Framework
AI Rack adheres to strict international cybersecurity, data confidentiality, and infrastructure reliability standards.
SOC 2 Type II Certified
AICPA audited operational security, availability, and processing integrity.
ISO/IEC 27001:2022
Global benchmark for information security management systems.
Cloudflare Magic Transit DDoS
Multi-terabit sub-millisecond automated threat mitigation grid.
Tier-4 TIA-942 Infrastructure
Fault-tolerant 2N+1 redundant power, cooling, and fiber uplinks.